We consistently deliver integrated solutions to complex CFD & Thermal problems from Automotive to Renewable energy by relying on our experience and domain knowledge
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Our global team of experts turn engineering concepts into production ready prototypes while complying with stringent quality standards and timelines.
Aerodynamic parameters such as drag and lift are computed for a 2 wheeler to understand the range and affecting flow physics are identified and captured during meshing. CFD analysis is carried out to understand the velocity and pressure distribution around the vehicle. The drag and lift force are determined based on frontal area.
Location of Cooling system in a family car and its effect on passengers with all heat loads to fulfill human comfort are determined using CFD Analysis. Temperature contours on humans and inside air temperature, velocity stream lines are plotted.
HVAC systems are used in automobile to maintain uniform flow distribution across the outlets. We used CFD to understand velocity patterns and dead zone inside the domain and modify it to achieve even distribution.
Different ECUs are present in an automobile, it is necessary for the processors, transistors and other components of these units to be operating in safe temperature. Suggested modification in enclosure design so that more heat is dissipated through conduction and is passed on to fins.
CFD Analysis is performed to understand the thermal distribution inside LED lamp head enclosure for better heat management. Temperature contours of critical components, Identification of dead zones/ high temperature zones, velocity streamlines inside chamber and outside chamber are determined.
CFD Analysis is performed to determine the Acoustic level at receiver location based on fan position, speed and Fan design. Fan details, MRF zone modeled for fan rotation. Drag coefficient, velocity contour, low pressure or recirculation zone, sound pressure level vs frequency at receiver location is determined.